Computer Science

Graduates will competently apply basic mathematical and physical knowledge to solve simple problems, and apply the methodologies, techniques and tools of computer science, both in theory and in practical contexts, and to objectively and quantitatively analyse the solutions they propose and develop. Graduates acquire the ability to understand, interact with and solve practical problems in various fields.

These skills are acquired and assessed through a training programme aimed at solving concrete problems and effectively validating the solutions proposed by students. In particular, they are acquired through laboratory activities, both educational and research laboratories, guided exercises, projects associated with almost all courses, company internships and the preparation of the degree thesis. Finally, they are assessed using traditional assessment tools (tests/mid-term exams, individual and group projects, course exams, assessment of company internships, final exams) and through an e-learning platform equipped with self-assessment tools and tools for interaction with teachers and tutors.

In particular, graduates:

• have the skills to use the tools of logic, mathematical analysis, and scientific calculation to solve computer science problems (SSD MAT/05 and MAT/08);
• have the skills to solve simple problems in mechanics and electromagnetism (SSD FIS/01);
• have the skills to design algorithms, analyse their computational complexity and implement them using various programming languages (SSD INF/01);
• have the skills to develop software in various programming languages and paradigms, both for classical and parallel architectures (SSD MAT/08, INF/01);
• have the skills to choose the most appropriate data structures for a given application problem (SSD INF/01);
• have the skills to perform simple experimental tasks on computer systems, acquiring measurements related to the system (SSD INF/01, MAT/08);
• have the skills to interact with both classical and parallel computer operating systems and to develop programs for such systems (SSD INF/01);
• have the skills to design, query and optimise access to databases, including geographical and territorial databases (SSD INF/01, ICAR/06);
• have the skills to design and program in distributed environments and on computer networks (SSD INF/01);
• have the skills to develop and manage web and mobile applications (SSD INF/01);
• have the skills to develop and manage complex software systems (SSD INF/01);
• have the skills to use artificial intelligence techniques to analyse signals such as images and videos (SSD INF/01);
• have the skills to design and manage simple interfaces for communication with users;
• have the skills to apply their knowledge and skills in large companies, SMEs and start-ups (SSD SECS-P/10).

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Further information

All the information on the course, from admission to the final exam, for all students interested in enrolling in the Bachelor’s Degree Course in Computer Science.

Admission requirements

To enrol in the Bachelor’s Degree Programme in Computer Science, you must have a secondary school diploma or other qualification obtained abroad that is recognised as suitable for admission to a university degree programme in accordance with current legislation.

The following knowledge is required for admission to the degree programme:

• Basic knowledge of mathematics (set theory, plane geometry, analytical geometry, trigonometry, algebra) as taught in the current Italian secondary school curriculum, accompanied by elementary knowledge of probability and descriptive statistics;
• Elementary knowledge of computer science;
• Ability to read, interpret and summarise a text written in Italian;
• Basic knowledge (at least at an elementary level) of Italian, European and world geography;
• Basic knowledge (at least at an elementary level) of the historical evolution of science and technology;
• Basic knowledge of technical English;
• Ability to use a computer device, i.e. a computer, tablet or mobile phone, for “domestic” purposes.

Each year, specific regulations approved by the academic governing bodies determine the characteristics and procedures for admission to the degree programme. Students with educational deficits are required to fulfil additional educational obligations within the first year of the programme, according to procedures established annually by the Degree Programme Council.

Internships and Placements

Compulsory company internship programmes aim to introduce students to the job market in a guided manner, enabling them to familiarise themselves with the activities and responsibilities related to company functions and improving their teamwork and professional communication skills.

The Computer Science degree programme maintains a permanent network of contacts with ICT companies in the province of Naples. This network is built through agreements for compulsory company internships, formally stipulated between the University and ICT companies (approximately 130 companies). The degree programme has a special committee, currently composed of Prof. Antonio Maratea (chair), Prof. F. Camastra, Prof. A. Castiglione, Prof. A. Ciaramella, Prof. R. Montella, Prof. A. Staiano and Dr M.F. Andreoli, which manages the specific training projects for each internship/work placement, monitors each internship and awards credits. Companies are consulted individually on an annual basis by the Internship Commission to update the list of internships they offer for the following year. The administrative aspects relating to the activation of individual internships are handled by the Internship Commission and the Academic Secretariat of the relevant department (Department of Science and Technology).

Final exam

The Final Examination consists of a public discussion of a Degree Thesis, which is written by the student. The Degree Thesis is written at the end of a design or case analysis activity and must demonstrate the student’s ability to independently design, develop, validate, organise and present an IT solution to a problem. The thesis is developed under the guidance of a supervisor, chosen from among the lecturers of the Computer Science degree programme or the Department of Science and Technology. Students are encouraged to link the topic of their thesis to that of their company internship project. A second supervisor, who may also come from a company, is also permitted. The programme’s teaching regulations determine the criteria for determining the degree mark.

The presentation is made before the Degree Committee, chaired by the programme coordinator, in a public session. The presentation lasts approximately 12 minutes and requires the use of multimedia tools. The maximum mark obtainable in the Final Examination is established by the Final Examination Regulations (5 points in the 2020/21 academic year) and is awarded by a majority vote of the Degree Committee. This mark is added to the student’s career mark, possibly supplemented by the bonuses provided for in the Final Examination Regulations, and gives the final degree mark out of 110. The Final Examination Regulations also specify the requirements for awarding honours, which requires the unanimous approval of the Degree Committee. The Final Examination Regulations are issued by the Degree Programme and approved by the Department of Science and Technology.